Common DNS record types you may use when Managing DNS Records

Example NameTypeExample DataDescription
wwwA10.20.30.1

Address, converts a name to an IP. The web interface will automatically add the zone name.

This will cause www.example.com to resolve to 10.20.30.1

ipv6AAAA2001:db8::1

IPv6 Address record.

This will cause ipv6.example.com to also resolve to 2001:db8::1

www2CNAMEwww.example.com.

Canonical Name - Alias one name to another, www2 will resolve to whatever ip www does.  The web interface will automatically add a trailing period (.)

This will cause www2.example.com to resolve to the same IP as www.example.com

Note: You must use the fully-qualified domain name in the Data field.

@MX10 mail.google.com.

Mail Exchange record. Requires a priority, 10 in this example. The web interface will pop up a window asking for this.

@ is the root of the domain, this will tell Email servers that mail for example.com lives at a server called "mail.google.com".

@NSns1.wiscnet.net.

Nameserver record, leave these alone if hosting with WiscNet. They should either be dns.uw-mad/dns.uw-mil OR ns1/ns2.wiscnet.net.

@ is the root of the domain, this will cause example.com to have a nameserver of "ns1.wiscnet.net".

baconTXT"Bacon ipsum dolor.."

Text record. Commonly used for Sender Policy Framework, DKIM, DMARC. The web interface will automatically add quotation marks.

This example will respond with a string of text for bacon.example.com

1PTRwww.example.com.

IPv4 pointer record. Converts an IPv4 address to a name. The web interface will automatically add the trailing period (.)

In the zone, 30.20.10.in-addr-arpa, this will cause 10.20.30.1 to resolve to "www.example.com"

2001:db8::1PTRipv6.example.com.

IPv6 pointer record. Converts an IPv6 address to a name. The web interface will automatically add the trailing period (.)

In the zone, 8.b.d.0.1.0.0.2.ip6.arpa, this will cause 2001:db8::1 to resolve to "ipv6.example.com"